Ordering number : EN5787 CMOS IC LC99063-LF2 CCD Digital Signal Processing IC Overview Package Dimensions The LC99063-LF2 is a color video signal processor for use with the LC9997M/FL. unit: mm 3181B-SQFP100 [LC99063-LF2] SANYO: SQFP100 Specifications Absolute Maximum Ratings at VSS = 0 V Parameter Supply voltage Symbol Conditions Ratings VDD max I/O voltage Input voltage Allowable power dissipation Unit –0.3 to +4.6 V V VI1, VO For pin type 1 –0.3 to VDD +0.3 VI2 For pin type 2 –0.3 to +7.3 Pd max 400 V mW Operating temperature Topr –15 to +70 Storage temperature Tstg –55 to +125 °C 3s 350 °C 10s 235 °C * ±20 mA Solder resistance (Hand soldering) Solder resistance (Reflow) I/O current Ii, Io °C The pin types above refer to the following groups. (1) DIN[32:9], DEVICE, MIRRO, SUPER, INMODE, WBHL, DOSL, SSET [2:1], OMODE [4:1], RES, DOUT [24:1], HREF, VDO, HDO, CLKOUT, ANA1, ANA2, IREFOT1, IREFOT2, VREF1, VREF2, COMP1, COMP2 (2) DIN[8:1], CLK14M, CLK10M, HDI, VDI, HREF53, ENS, DATAS, CLKS, REGRES *: This value is for a single I/O basic cell. Allowable Operating Ranges at Ta = –15 to +70°C, VSS = 0 V Parameter Symbol Conditions Ratings min typ max Unit Supply voltage VDD 3.6 V Input voltage range 1 Vin1 For pin type 1 0 VDD V Input voltage range 2 Vin2 For pin type 2 0 +5.3 V 3 3.3 (1) DIN[32:9], DEVICE, MIRRO, SUPER, INMODE, WBHL, DOSL, SSET [2:1], OMODE [4:1], RES (2) DIN[8:1], CLK14M, CLK10M, HDI, VDI, HREF53, ENS, DATAS, CLKS, REGRES SANYO Electric Co.,Ltd. Semiconductor Bussiness Headquarters TOKYO OFFICE Tokyo Bldg., 1-10, 1 Chome, Ueno, Taito-ku, TOKYO, 110-8534 JAPAN 51398RM (OT) No. 5787-1/8 LC99063-LF2 Electrical Characteristics for Logic Circuits DC Characteristics at Ta = –15 to +70°C, VDD = 3.0 to 3.6 V, VSS = 0 V Parameter Symbol Conditions Input high-level voltage VIH CMOS level ; for pin type 1 Input low-level voltage VIL CMOS level ; for pin type 1 Input high-level voltage VIH CMOS level with Schmitt ; for pin type 2 Input low-level voltage VIL CMOS level with Schmitt ; for pin type 2 Output high-level voltage VOH IOH = –2 mA; for pin types 3 and 4 Output low-level voltage VOL IOL = +2 mA; for pin types 3 and 4 Input leak current IL Output leak current Ioz Ratings min typ Unit max 0.7 VDD V 0.2 VDD 0.75 VDD V V 0.15 VDD VDD – 0.8 V V 0.4 V VI = VDD; for pin types 1 and 2 –10 +10 µA High-impedance output; for pin type 3 –10 +10 µA The pin types above refer to the following groups. INPUT (1) DIN [32:9], DEVICE, MIRRO, SUPER, INMODE, WBHL, DOSL, SSET [2:1], OMODE [4:1], RES (2) DIN [8:1], CLK14M, CLK10M, HDI, VDI, HREF53, ENS, DATAS, CLKS, REGRES OUTPUT (3) DOUT [24:1] (4) HREF, VDO, HDO, CLKOUT Note: The ANA1, ANA2, IREFOT1, IREFOT2, VREF1, VREF2, COMP1, and COMP2 pins fall outside these DC characteristic specifications. Electrical Characteristics for Analog Circuits Recommended operating conditions for D/A converter Parameter Reference voltage Analog output resistance Symbol Conditions Ratings min typ VREF1/2 Unit max 1.11 Ra 200 Ra × 4 V Ω Ω Reference voltage resistance Ri Phase compensation capacitor Cc 0.1 µF VREF capacitor Cv 0.1 µF No. 5787-2/8 LC99063-LF2 Electrical Characteristics for D/A Converter at Ta = 25°C, VDD = 3.3 V, Rv = 200 Ω, Ri = 800 Ω Parameter Symbol Conditions Ratings min typ Unit max Resolution Conversion frequency 8 Bits 15 MSPS mV Zero scale output voltage –15 0 +15 Full scale output voltage 1.01 1.1 1.19 V ±1.0 LSB ±0.5 LSB 1.11 V Linearity error Differential linearity error Reference output voltage 1.09 1.1 Pin Assignment No. 5787-3/8 LC99063-LF2 Pin Functions Pin No. Symbol I/O 1 DEVICE I 0 : LC9997FL 1 : LC9997M Function 2 MIRRO I 0 : NORMAL 1 : MIRROR 3 SUPER I Superimpose control 0 : Superimpose 1 : Camera through 4 INMODE I Input mode select 5 WBHL I Auto white balance hold 0 : Hold 1 : Auto 6 DOSL I Pin 55 output select 0 : HD 1 : C.SYNC 7 SSET1 I Color sampling phase select 8 SSET2 I Color sampling phase select 9 VDD (DAC-A) P 10 VREF2 O DAC2 reference voltage output 11 VREF1 O DAC1 reference voltage output 12 VSS (DAC-A) P 13 ANA2 O DAC2 output 14 COMP2 I DAC2 bias pin DAC2 reference current 15 IREFOT2 O 16 ANA1 O DAC1 output 17 COMP1 I DAC1 bias pin 18 IREFOT1 O DAC1 reference current 19 VSS (DAC-D) P 20 VDD (DAC-D) P 21 ENS I Serial resister enable 22 DATAS B Serial resister data 23 CLKS I Serial resister CLK 24 REGRES I Serial resister reset 25 CKOUT O CCIR601, square PIX mode CLK 26 DOUT1 O Output Channel1 = CH1 (LSB) 27 DOUT2 O Output Channel1 28 DOUT3 O Output Channel1 29 DOUT4 O Output Channel1 Output Channel1 30 DOUT5 O 31 DOUT6 O Output Channel1 32 DOUT7 O Output Channel1 33 DOUT8 O Output Channel1 = CH1 (MSB) 34 DOUT9 O Output Channel2 = CH2 (LSB) 35 DOUT10 O Output Channel2 36 DOUT11 O Output Channel2 37 DOUT12 O Output Channel2 38 DOUT13 O Output Channel2 39 DOUT14 O Output Channel2 40 VSS (logic) 41 VDD (logic) 42 DOUT15 O Output Channel2 43 DOUT16 O Output Channel2 = CH2 (MSB) 44 DOUT17 O Output Channel3 = CH3 (LSB) 45 DOUT18 O Output Channel3 46 DOUT19 O Output Channel3 47 DOUT20 O Output Channel3 48 DOUT21 O Output Channel3 49 DOUT22 O Output Channel3 50 DOUT23 O Output Channel3 51 DOUT24 O Output Channel3 = CH3 (MSB) 52 RES I 0 : Test 1 : Real Horizontal reference 53 HREF O 54 VDO O VD output 55 HDO O HD or C.SYNC output Continued on next page. No. 5787-4/8 LC99063-LF2 Continued from preceding page. Pin No. Symbol I/O 56 OMODE1 I 57 OMODE2 I 58 OMODE3 I 59 OMODE4 I 60 HREF53 I 61 CLK14M I 62 VDI I 63 HDI I Function Output mode select Horizontal reference (from LC99053) FSC4 (LC99053 pin 58), VD (LC99053 pin 56), HD (LC99053 pin 55) or HTCLK (LC99053 pin 51), fixed at high level, C.SYNC (LC99053 pin 54) 64 CLK14M I 65 VDD (logic) P HTCLK (LC99053 pin 51) 66 VSS (logic) P 67 DIN1 I 8 bit data input (from LC99053) [LSB] 68 DIN2 I 8 bit data input 8 bit data input 69 DIN3 I 70 DIN4 I 8 bit data input 71 DIN5 I 8 bit data input 72 DIN6 I 8 bit data input 73 DIN7 I 8 bit data input 74 DIN8 I 8 bit data input (from LC99053) [MSB] 75 DIN9 I 8 bit Y input [LSB] 76 DIN10 I 8 bit Yinput 77 DIN11 I 8 bit Y input 78 DIN12 I 8 bit Y input 79 DIN13 I 8 bit Y input 80 DIN14 I 8 bit Y input 81 DIN15 I 8 bit Y input 82 DIN16 I 8 bit Y input [MSB] 83 DIN17 I 8 bit U or UV input [LSB] 84 DIN18 I 8 bit U or UV input 85 DIN19 I 8 bit U or UV input 86 DIN20 I 8 bit U or UV input 87 DIN21 I 8 bit U or UV input 88 DIN22 I 8 bit U or UV input 89 VDD (logic) P 90 VSS (logic) P 91 DIN23 I 8 bit U or UV input 92 DIN24 I 8 bit U or UV input [MSB] 93 DIN25 I 8 bit V input [LSB] 94 DIN26 I 8 bit V input 95 DIN27 I 8 bit V input 96 DIN28 I 8 bit V input 97 DIN29 I 8 bit V input 98 DIN30 I 8 bit V input 99 DIN31 I 8 bit V input 100 DIN32 I 8 bit V input [MSB] No. 5787-5/8 LC99063-LF2 Block Diagram No. 5787-6/8 LC99063-LF2 Major Functions Luminance (Y) signal processing • This block includes an 11-tap low pass filter. • This block includes a gamma correction circuit using a five-segment curve with user-specified data points. • This block provides vertical and horizontal outline enhancement with user-specified gain and coreling. • This block includes a circuit for generating the 1.5× oversampling frequency. Chrominance (U.V, U/V) signal processing • This block uses a 9-tap low pass filter and color matrices to convert YUV input to an RGB signal. • This block includes an auto white balance subblock. — This subblock contains all circuits necessary for automatic white balance adjustment. — This subblock offers a choice of automatic or manual operation. — This subblock supports holding of automatic operation results. — This subblock offers a choice of seven patterns—one for skin tones, for example. • This block includes a gamma correction circuit using a three-segment curve. • This block uses adjustable linear matrices to convert the color difference signals. • This block includes an adjustable circuit for suppressing color noise at low luminance levels. • This block includes an adjustable circuit for suppressing false-color signals occurring at edges and high-luminance blocks. • This block includes a circuit for generating the 1.5× oversampling frequency. NTSC encoder • This block encodes the RGB data using the timing from the HD, VD, and CLK (14.31818 MHz) input signals. • This block supports color burst phase adjustment. • The pedestal and burst levels are both adjustable. I/O modes • Input modes — In addition to LC99053 output signals, the chip supports the Y, U, and V input configuration (Y.U.V) and the Y and U/V one (Y.U/V). — The chip can mix (superimpose) the signals from these two sources. • Output modes — Digital outputs: Digital composite video, digital Y.C, R.G.B, Y.U.V, and Y.U/V. — Analog outputs using two 8-bit digital-to-analog converters: Composite video and Y.C Other functions • Registers are accessible via a 3-pin serial interface. • The chip is capable of stand-alone operation. • The chip supports mirror imaging (reversal of left and right). • The chip supports pseudo interlacing. • The chip supports negative imaging (creation of photographic negatives). Important Notes When used in combination with the LC99053-Z28, this chip supports the following modes with field periods longer than 1/60 second: extended exposure, M3, M4, and external ST and FT trigger. In these modes, however, the system requires even more careful evaluation of circuit constants, trigger inputs, and other factors affecting CCD and driver operation. Camera characteristics depend heavily on part layout and circuit design, so follow the guidelines set forth in recommended circuit diagrams issued by Sanyo. No. 5787-7/8 LC99063-LF2 ■ No products described or contained herein are intended for use in surgical implants, life-support systems, aerospace equipment, nuclear power control systems, vehicles, disaster/crime-prevention equipment and the like, the failure of which may directly or indirectly cause injury, death or property loss. ■ Anyone purchasing any products described or contained herein for an above-mentioned use shall: ➀ Accept full responsibility and indemnify and defend SANYO ELECTRIC CO., LTD., its affiliates, subsidiaries and distributors and all their officers and employees, jointly and severally, against any and all claims and litigation and all damages, cost and expenses associated with such use: ➁ Not impose any responsibility for any fault or negligence which may be cited in any such claim or litigation on SANYO ELECTRIC CO., LTD., its affiliates, subsidiaries and distributors or any of their officers and employees jointly or severally. ■ Information (including circuit diagrams and circuit parameters) herein is for example only; it is not guaranteed for volume production. SANYO believes information herein is accurate and reliable, but no guarantees are made or implied regarding its use or any infringements of intellectual property rights or other rights of third parties. This catalog provides information as of May, 1998. Specifications and information herein are subject to change without notice. PS No. 5787-8/8